Aligning Best Practices: A Guiding Framework as a Valuable Tool for Public Health Workforce Development with the Example of Ukraine.

Background: At present, in Ukraine, there is an insufficient capacity for up-to-date surveillance of the health status of the general population; public health (PH) promotion and disease prevention activities are scarce. Additionally, there is an urgent need to ensure, develop and support an efficient public health workforce (PHW) and appropriately address existing health issues. Ukraine currently introduces PH system reforms in line with its current burden of disease, the epidemiological profile and the Essential Public Health Services (EPHOs). This analysis aims to propose a pragmatic framework to provide guidance and recommendations related to the development, support and planning of the PHW in Ukraine. Methods: We constructed a framework based on a previously published scoping review and analyzed various policy analysis approaches. In line with the recommendations found in the literature and the best practices used elsewhere, this method enabled the construction of a framework for facilitating successful PHW development. In addition, an expert workshop was held, serving as a reality check for identifying crucial areas of the PH system in Ukraine. Results: The proposed framework includes a country's background, the evidence and available policy options, such as the health system (including core functions, organizational resources, regulations and norms), health system capacities (including human resources; PH capacity assessment; datasets and databases; forecasting strategies; licensing, accreditation and quality assurance) and capacity building (including PH education, training, core competencies and ethical and professional codes of conduct). To facilitate and support effective implementation of the framework, we propose (1) implementing strategies to facilitate changes in attitude, behavior and practices among the citizens; (2) implementing strategies to facilitate the necessary behavioral changes in the PHW; (3) implementing strategies to facilitate the necessary organizational and institutional changes; (4) implementing strategies to facilitate system changes and (5) identification of potential barriers and obstacles for the implementation of these strategies. Conclusion: The report highlights the practical tactics and best practices for providing suggestions for PHW support and planning. The employment of prominent analytical tools and procedures in policymaking processes suggests an effective strategy for PHW development in Ukraine.

Cocirculation of Two Orthohantavirus Species in Small Mammals of the Northwestern Ukraine.

Rodent-borne hantaviruses have been reported in many of the countries surrounding Ukraine; however, to date we have no knowledge of the viral strains circulating in Ukraine within reservoirs such as the striped field mouse (Apodemus agrarius), the yellow-necked field mouse (Apodemus flavicollis), and the bank vole (Myodes glareolus). To determine the prevalence of hantaviruses in Ukraine, we captured 1,261 mammals, of which 1,109 were rodents, in 58 field sites within the province of Volyn in western Ukraine. Foci of the striped field mouse tended to occur in the eastern and southern parts of the province, whereas the bank vole were clustered in western and northern regions. The striped field mouse and bank vole had detectable serum antibodies to Puumala virus (PUUV) or Dobrava virus (DOBV) antigens at 7% or 2%, respectively, using an indirect immunofluorescence assay. Antibody prevalence among the bank vole males and females was equivalent, whereas for the striped field mouse, the prevalence among males was 5% versus 1% for females. In two bank vole specimens, we were able to detect partial nucleotide sequences that showed identity to PUUV. In summary, this study suggests that two human pathogens, PUUV and DOBV, cocirculate in the bank vole and the striped field mouse, respectively, in Ukraine. Future studies will focus on new rodent collections that will enable obtaining the complete genome sequences of the PUUV and DOBV strains circulating in Ukraine to provide guidance on the design of optimal molecular diagnostics that can enable insight into the potential contribution of hantaviruses to human disease in Ukraine.